private static void UpdateBeam(ref LaserBeam.FrameData frame, LaserBeam beam)
{
Vector3 vector;
Transform transform = beam.transform;
frame.origin = transform.position;
frame.direction = transform.forward;
frame.direction.Normalize();
int beamLayers = (int)beam.beamLayers;
if (beamLayers == 0)
{
frame.hit = false;
}
else if (beam.isViewModel)
{
RaycastHit2 hit;
if (frame.hit = Physics2.Raycast2(frame.origin, frame.direction, out hit, beam.beamMaxDistance, beamLayers))
{
frame.hitPoint = hit.point;
frame.hitNormal = hit.normal;
}
}
else
{
RaycastHit hit2;
if (frame.hit = Physics.Raycast(frame.origin, frame.direction, out hit2, beam.beamMaxDistance, beamLayers))
{
frame.hitPoint = hit2.point;
frame.hitNormal = hit2.normal;
}
}
if (!frame.hit)
{
frame.didHit = false;
frame.point.x = frame.origin.x + (frame.direction.x * beam.beamMaxDistance);
frame.point.y = frame.origin.y + (frame.direction.y * beam.beamMaxDistance);
frame.point.z = frame.origin.z + (frame.direction.z * beam.beamMaxDistance);
frame.distance = beam.beamMaxDistance;
frame.distanceFraction = 1f;
frame.pointWidth = beam.beamWidthEnd;
}
else
{
frame.point = frame.hitPoint;
frame.didHit = true;
frame.distance = (((frame.direction.x * frame.point.x) + (frame.direction.y * frame.point.y)) + (frame.direction.z * frame.point.z)) - (((frame.direction.x * frame.origin.x) + (frame.direction.y * frame.origin.y)) + (frame.direction.z * frame.origin.z));
frame.distanceFraction = frame.distance / beam.beamMaxDistance;
frame.pointWidth = Mathf.Lerp(beam.beamWidthStart, beam.beamWidthEnd, frame.distanceFraction);
frame.dotRadius = Mathf.Lerp(beam.dotRadiusStart, beam.dotRadiusEnd, frame.distanceFraction);
}
frame.originWidth = beam.beamWidthStart;
vector.x = vector.y = vector.z = frame.originWidth;
frame.bounds = new Bounds(frame.origin, vector);
vector.x = vector.y = vector.z = frame.pointWidth;
frame.bounds.Encapsulate(new Bounds(frame.point, vector));
frame.beamsLayer = ((int)1) << beam.gameObject.layer;
allBeamsMask |= frame.beamsLayer;
}
private static void UpdateBeam(ref LaserBeam.FrameData frame, LaserBeam beam)
{
RaycastHit2 raycastHit2;
RaycastHit raycastHit;
Vector3 vector3 = new Vector3();
bool flag;
Transform transforms = beam.transform;
frame.origin = transforms.position;
frame.direction = transforms.forward;
frame.direction.Normalize();
int num = beam.beamLayers;
if (num == 0)
{
frame.hit = false;
}
else if (!beam.isViewModel)
{
bool flag1 = Physics.Raycast(frame.origin, frame.direction, out raycastHit, beam.beamMaxDistance, num);
flag = flag1;
frame.hit = flag1;
if (flag)
{
frame.hitPoint = raycastHit.point;
frame.hitNormal = raycastHit.normal;
}
}
else
{
bool flag2 = Physics2.Raycast2(frame.origin, frame.direction, out raycastHit2, beam.beamMaxDistance, num);
flag = flag2;
frame.hit = flag2;
if (flag)
{
frame.hitPoint = raycastHit2.point;
frame.hitNormal = raycastHit2.normal;
}
}
if (frame.hit)
{
frame.point = frame.hitPoint;
frame.didHit = true;
frame.distance = frame.direction.x * frame.point.x + frame.direction.y * frame.point.y + frame.direction.z * frame.point.z - (frame.direction.x * frame.origin.x + frame.direction.y * frame.origin.y + frame.direction.z * frame.origin.z);
frame.distanceFraction = frame.distance / beam.beamMaxDistance;
frame.pointWidth = Mathf.Lerp(beam.beamWidthStart, beam.beamWidthEnd, frame.distanceFraction);
frame.dotRadius = Mathf.Lerp(beam.dotRadiusStart, beam.dotRadiusEnd, frame.distanceFraction);
}
else
{
frame.didHit = false;
frame.point.x = frame.origin.x + frame.direction.x * beam.beamMaxDistance;
frame.point.y = frame.origin.y + frame.direction.y * beam.beamMaxDistance;
frame.point.z = frame.origin.z + frame.direction.z * beam.beamMaxDistance;
frame.distance = beam.beamMaxDistance;
frame.distanceFraction = 1f;
frame.pointWidth = beam.beamWidthEnd;
}
frame.originWidth = beam.beamWidthStart;
float single = frame.originWidth;
float single1 = single;
vector3.z = single;
float single2 = single1;
single1 = single2;
vector3.y = single2;
vector3.x = single1;
frame.bounds = new Bounds(frame.origin, vector3);
float single3 = frame.pointWidth;
single1 = single3;
vector3.z = single3;
float single4 = single1;
single1 = single4;
vector3.y = single4;
vector3.x = single1;
frame.bounds.Encapsulate(new Bounds(frame.point, vector3));
frame.beamsLayer = 1 << (beam.gameObject.layer & 31);
LaserGraphics.allBeamsMask = LaserGraphics.allBeamsMask | frame.beamsLayer;
}
private static void RenderBeam(Plane[] frustum, Camera camera, LaserBeam beam, ref LaserBeam.FrameData frame)
{
Vector3 upwards = world2Cam.MultiplyPoint(frame.origin);
Vector3 vector2 = world2Cam.MultiplyPoint(frame.point);
Vector3 forward = vector2 - upwards;
forward.Normalize();
float num = 1f - ((1f - Mathf.Abs(forward.z)) * beam.beamOutput);
Quaternion quaternion = Quaternion.LookRotation(forward, vector2);
Vector3 vector4 = (Vector3)(Quaternion.LookRotation(forward, upwards) * new Vector3(frame.originWidth, 0f, 0f));
Vector3 vector5 = (Vector3)(quaternion * new Vector3(frame.pointWidth, 0f, 0f));
frame.beamVertices.m0 = cam2World.MultiplyPoint(((Vector3)(vector4 * 0.5f)) + upwards);
frame.beamVertices.m2 = cam2World.MultiplyPoint(((Vector3)(vector5 * 0.5f)) + vector2);
frame.beamVertices.m1 = cam2World.MultiplyPoint(((Vector3)(vector4 * -0.5f)) + upwards);
frame.beamVertices.m3 = cam2World.MultiplyPoint(((Vector3)(vector5 * -0.5f)) + vector2);
frame.beamNormals.m0.x = frame.originWidth;
frame.beamNormals.m2.x = frame.pointWidth;
frame.beamNormals.m1.x = -frame.originWidth;
frame.beamNormals.m3.x = -frame.pointWidth;
frame.beamNormals.m0.y = -frame.distance;
frame.beamNormals.m1.y = -frame.distance;
frame.beamNormals.m2.y = -frame.distance;
frame.beamNormals.m3.y = -frame.distance;
frame.beamNormals.m0.z = frame.beamNormals.m1.z = 0f;
frame.beamNormals.m2.z = frame.beamNormals.m3.z = frame.distanceFraction;
frame.beamColor.m0 = frame.beamColor.m1 = frame.beamColor.m2 = frame.beamColor.m3 = RangeBeamColor((Color)(beam.beamColor * num));
frame.beamUVs.m0 = uv[0];
frame.beamUVs.m0.x *= frame.distanceFraction;
frame.beamUVs.m1 = uv[1];
frame.beamUVs.m1.x *= frame.distanceFraction;
frame.beamUVs.m2 = uv[2];
frame.beamUVs.m2.x *= frame.distanceFraction;
frame.beamUVs.m3 = uv[3];
frame.beamUVs.m3.x *= frame.distanceFraction;
frame.bufBeam = MeshBuffer.ForBeamMaterial(beam.beamMaterial);
if (Computation.beams.Add(frame.bufBeam))
{
frame.bufBeam.measureSize = 1;
}
else
{
frame.bufBeam.measureSize++;
}
frame.bufBeam.beams.Add(beam);
if (frame.didHit)
{
Vector3 vector6 = world2Cam.MultiplyVector(-frame.hitNormal);
if (vector6.z < 0f)
{
Vector3 start = cam2World.MultiplyPoint(Vector3.zero);
if (!Physics.Linecast(start, Vector3.Lerp(start, frame.point, 0.95f), (int)beam.cullLayers))
{
Vector3 vector8 = world2Cam.MultiplyPoint(frame.point);
Quaternion quaternion3 = Quaternion.LookRotation(vector8, Vector3.up);
frame.dotVertices1.m0 = cam2World.MultiplyPoint(vector8 + (quaternion3 * new Vector3(frame.dotRadius, -frame.dotRadius, 0f)));
frame.dotVertices1.m1 = cam2World.MultiplyPoint(vector8 + (quaternion3 * new Vector3(frame.dotRadius, frame.dotRadius, 0f)));
frame.dotVertices1.m2 = cam2World.MultiplyPoint(vector8 + (quaternion3 * new Vector3(-frame.dotRadius, -frame.dotRadius, 0f)));
frame.dotVertices1.m3 = cam2World.MultiplyPoint(vector8 + (quaternion3 * new Vector3(-frame.dotRadius, frame.dotRadius, 0f)));
quaternion3 = Quaternion.LookRotation(vector6, Vector3.up);
frame.dotVertices2.m0 = cam2World.MultiplyPoint(vector8 + (quaternion3 * new Vector3(frame.dotRadius, -frame.dotRadius, -0.01f)));
frame.dotVertices2.m1 = cam2World.MultiplyPoint(vector8 + (quaternion3 * new Vector3(frame.dotRadius, frame.dotRadius, -0.01f)));
frame.dotVertices2.m2 = cam2World.MultiplyPoint(vector8 + (quaternion3 * new Vector3(-frame.dotRadius, -frame.dotRadius, -0.01f)));
frame.dotVertices2.m3 = cam2World.MultiplyPoint(vector8 + (quaternion3 * new Vector3(-frame.dotRadius, frame.dotRadius, -0.01f)));
frame.dotColor1.m0 = frame.dotColor1.m1 = frame.dotColor1.m2 = frame.dotColor1.m3 = frame.dotColor2.m0 = frame.dotColor2.m1 = frame.dotColor2.m2 = frame.dotColor2.m3 = RangeDotColor(beam.dotColor);
frame.bufDot = MeshBuffer.ForDotMaterial(beam.dotMaterial);
if (Computation.dots.Add(frame.bufDot))
{
frame.bufDot.measureSize = 2;
}
else
{
frame.bufDot.measureSize += 2;
}
frame.bufDot.beams.Add(beam);
frame.drawDot = true;
}
else
{
frame.bufDot = null;
frame.drawDot = false;
}
}
else
{
frame.bufDot = null;
frame.drawDot = false;
}
}
else
{
frame.bufDot = null;
frame.drawDot = false;
}
}
private static void RenderBeam(Plane[] frustum, Camera camera, LaserBeam beam, ref LaserBeam.FrameData frame)
{
Vector3 vector3 = LaserGraphics.world2Cam.MultiplyPoint(frame.origin);
Vector3 vector31 = LaserGraphics.world2Cam.MultiplyPoint(frame.point);
Vector3 vector32 = vector31 - vector3;
vector32.Normalize();
float single = 1f - (1f - Mathf.Abs(vector32.z)) * beam.beamOutput;
Quaternion quaternion = Quaternion.LookRotation(vector32, vector31);
Quaternion quaternion1 = Quaternion.LookRotation(vector32, vector3);
Vector3 vector33 = quaternion1 * new Vector3(frame.originWidth, 0f, 0f);
Vector3 vector34 = quaternion * new Vector3(frame.pointWidth, 0f, 0f);
frame.beamVertices.m0 = LaserGraphics.cam2World.MultiplyPoint((vector33 * 0.5f) + vector3);
frame.beamVertices.m2 = LaserGraphics.cam2World.MultiplyPoint((vector34 * 0.5f) + vector31);
frame.beamVertices.m1 = LaserGraphics.cam2World.MultiplyPoint((vector33 * -0.5f) + vector3);
frame.beamVertices.m3 = LaserGraphics.cam2World.MultiplyPoint((vector34 * -0.5f) + vector31);
frame.beamNormals.m0.x = frame.originWidth;
frame.beamNormals.m2.x = frame.pointWidth;
frame.beamNormals.m1.x = -frame.originWidth;
frame.beamNormals.m3.x = -frame.pointWidth;
frame.beamNormals.m0.y = -frame.distance;
frame.beamNormals.m1.y = -frame.distance;
frame.beamNormals.m2.y = -frame.distance;
frame.beamNormals.m3.y = -frame.distance;
float single1 = 0f;
float single2 = single1;
frame.beamNormals.m1.z = single1;
frame.beamNormals.m0.z = single2;
float single3 = frame.distanceFraction;
single2 = single3;
frame.beamNormals.m3.z = single3;
frame.beamNormals.m2.z = single2;
Color color = LaserGraphics.RangeBeamColor(beam.beamColor * single);
Color color1 = color;
frame.beamColor.m3 = (T)color;
Color color2 = color1;
color1 = color2;
frame.beamColor.m2 = (T)color2;
Color color3 = color1;
color1 = color3;
frame.beamColor.m1 = (T)color3;
frame.beamColor.m0 = color1;
frame.beamUVs.m0 = LaserGraphics.uv[0];
frame.beamUVs.m0.x = frame.beamUVs.m0.x * frame.distanceFraction;
frame.beamUVs.m1 = LaserGraphics.uv[1];
frame.beamUVs.m1.x = frame.beamUVs.m1.x * frame.distanceFraction;
frame.beamUVs.m2 = LaserGraphics.uv[2];
frame.beamUVs.m2.x = frame.beamUVs.m2.x * frame.distanceFraction;
frame.beamUVs.m3 = LaserGraphics.uv[3];
frame.beamUVs.m3.x = frame.beamUVs.m3.x * frame.distanceFraction;
frame.bufBeam = LaserGraphics.MeshBuffer.ForBeamMaterial(beam.beamMaterial);
if (!LaserGraphics.Computation.beams.Add(frame.bufBeam))
{
LaserGraphics.MeshBuffer meshBuffer = frame.bufBeam;
meshBuffer.measureSize = meshBuffer.measureSize + 1;
}
else
{
frame.bufBeam.measureSize = 1;
}
frame.bufBeam.beams.Add(beam);
if (!frame.didHit)
{
frame.bufDot = null;
frame.drawDot = false;
}
else
{
Vector3 vector35 = LaserGraphics.world2Cam.MultiplyVector(-frame.hitNormal);
if (vector35.z >= 0f)
{
frame.bufDot = null;
frame.drawDot = false;
}
else
{
Vector3 vector36 = LaserGraphics.cam2World.MultiplyPoint(Vector3.zero);
if (Physics.Linecast(vector36, Vector3.Lerp(vector36, frame.point, 0.95f), beam.cullLayers))
{
frame.bufDot = null;
frame.drawDot = false;
}
else
{
Vector3 vector37 = LaserGraphics.world2Cam.MultiplyPoint(frame.point);
Quaternion quaternion2 = Quaternion.LookRotation(vector37, Vector3.up);
frame.dotVertices1.m0 = LaserGraphics.cam2World.MultiplyPoint(vector37 + (quaternion2 * new Vector3(frame.dotRadius, -frame.dotRadius, 0f)));
frame.dotVertices1.m1 = LaserGraphics.cam2World.MultiplyPoint(vector37 + (quaternion2 * new Vector3(frame.dotRadius, frame.dotRadius, 0f)));
frame.dotVertices1.m2 = LaserGraphics.cam2World.MultiplyPoint(vector37 + (quaternion2 * new Vector3(-frame.dotRadius, -frame.dotRadius, 0f)));
frame.dotVertices1.m3 = LaserGraphics.cam2World.MultiplyPoint(vector37 + (quaternion2 * new Vector3(-frame.dotRadius, frame.dotRadius, 0f)));
quaternion2 = Quaternion.LookRotation(vector35, Vector3.up);
frame.dotVertices2.m0 = LaserGraphics.cam2World.MultiplyPoint(vector37 + (quaternion2 * new Vector3(frame.dotRadius, -frame.dotRadius, -0.01f)));
frame.dotVertices2.m1 = LaserGraphics.cam2World.MultiplyPoint(vector37 + (quaternion2 * new Vector3(frame.dotRadius, frame.dotRadius, -0.01f)));
frame.dotVertices2.m2 = LaserGraphics.cam2World.MultiplyPoint(vector37 + (quaternion2 * new Vector3(-frame.dotRadius, -frame.dotRadius, -0.01f)));
frame.dotVertices2.m3 = LaserGraphics.cam2World.MultiplyPoint(vector37 + (quaternion2 * new Vector3(-frame.dotRadius, frame.dotRadius, -0.01f)));
Color color4 = LaserGraphics.RangeDotColor(beam.dotColor);
color1 = color4;
frame.dotColor2.m3 = (T)color4;
Color color5 = color1;
color1 = color5;
frame.dotColor2.m2 = (T)color5;
Color color6 = color1;
color1 = color6;
frame.dotColor2.m1 = (T)color6;
Color color7 = color1;
color1 = color7;
frame.dotColor2.m0 = (T)color7;
Color color8 = color1;
color1 = color8;
frame.dotColor1.m3 = (T)color8;
Color color9 = color1;
color1 = color9;
frame.dotColor1.m2 = (T)color9;
Color color10 = color1;
color1 = color10;
frame.dotColor1.m1 = (T)color10;
frame.dotColor1.m0 = color1;
frame.bufDot = LaserGraphics.MeshBuffer.ForDotMaterial(beam.dotMaterial);
if (!LaserGraphics.Computation.dots.Add(frame.bufDot))
{
LaserGraphics.MeshBuffer meshBuffer1 = frame.bufDot;
meshBuffer1.measureSize = meshBuffer1.measureSize + 2;
}
else
{
frame.bufDot.measureSize = 2;
}
frame.bufDot.beams.Add(beam);
frame.drawDot = true;
}
}
}
}
